Gs experiment government polytechnic Mumbai co department (second shift) ss18co018 Ankit Dubey

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Generic skills
The knowledge and skills generated through theoretical education in schools and
universities can be classified in various ways. A distinction can be made between pure
subject knowledge on the one hand and what is sometimes referred to as ‘generic skills’
on the other. The first of these is probably the most obvious. That one’s knowledge of
sociology, political science, psychology, geography and so forth improves by studying
these subjects is self-evident. Nonetheless, students learn a great deal more than that
through their studies. While acquiring subject knowledge, they also develop new
intellectual abilities which depend less on the content of the discipline and more on its
theoretical, rational and logical nature. For example, during the course of a study
programme, students practise the art of thinking in an abstract and systematic way,
solving problems independently, considering a phenomenon from different
perspectives, analysing it using a thoroughly considered theory or method, reading and
understanding texts with advanced content (in their first language or in a foreign
language), searching for and evaluating information with the aim of answering a
question and formulating and clarifying their arguments in speech and in writing.
These generic skills constitute intellectual abilities generated within all higher
education, as has been increasingly highlighted since learning outcomes were
introduced to the course syllabi in conjunction with the Bologna reform in 2007. That
these skills are relatively independent of the subject content of the studies is consistent
with the common scholarly basis of the different disciplines, into which students are
socialised during the course of their studies. A fundamental and boundary-crossing
ideological and educational consensus that distinguishes learning from religion and
common sense underpins the diversity of disciplinary variety. Even though the subject
specialisation plays a subordinate role, minor differences exist between the skills that
various types of studies foster best. On natural science programmes, students train their

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ability to make mathematical calculations to a higher degree than in the humanities and
social sciences. For students in the latter subjects, exercises in the art of writing
predominate in the study programme instead. In addition, since the plurality of theories
and approaches is greater within humanities and social sciences, it can be assumed that
students in these faculties practise viewing issues in perspective to a higher degree than
students of engineering and science. Even if it is possible to detect a number of such
differences, the similarities nevertheless dominate when it comes to the specific skills
and abilities achieved through academic studies.
Over the years, Lund University has implemented a series of student barometer
surveys and alumni questionnaires which provide increased insight into the importance
of generic skills. For example, there is a significantly greater match between the abilities
provided by education and the demands of professional life than people sometimes
imagine. This consistency applies not only to professional training programmes but
equally to academic programmes, above all due to the intellectual training in abilities
such as problem-solving, logic, argumentation, methodology or written and oral
presentation.
There are reasons to claim that generic skills are the most important benefit of
education. Many people may well need subject knowledge in their professional lives, in
particular if they are to work in a field directly related to the content of the study
programme (e.g. as a social worker, upper secondary school teacher, psychologist,
physician, engineer, etc.). However, everyone aspiring to qualified work needs generic
skills. It is these skills above all which put people in a position to continue to learn
independently, to keep abreast of the development of knowledge, to independently
apply intellectual approaches and methods to new and previously unknown situations
instead of slavishly following a manual (regardless of how complicated that manual
might be). Moreover, in a changing professional life, subject knowledge often becomes
obsolete before retirement, which is why, without the ability for intellectual self-
development, one would soon risk losing employability in a world which demands a
‘self-programming workforce’, to borrow an expression from sociologist Manuel
Castells.
That these abilities develop through studies is often already evident during the
educational process. Innumerable students have experienced how their own

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performance has gradually improved after a period in academia. Students often start off
struggling to pass their examinations, but as the pieces of the puzzle gradually fall into
place, their results continually improve. Once you have studied one subject, it becomes
easier to tackle the next. This phenomenon is often referred to as ‘cracking the academic
code’, a process that usually entails students understanding what is expected of them
and succeeding in acquiring generic skills such as a functioning study technique and the
type of reasoning and ability to formulate which are required to perform at a high level.
Even though experienced university lecturers are often fully aware of the intellectual
effects of education, it is not unusual for others to misunderstand the point of academic
training. Studies are then often seen as a one-way transfer of disciplinary content from
the lecturer to the student, who is gradually filled with subject knowledge but otherwise
not affected to any noteworthy extent. Such unexamined assumptions permeate several
reports from Swedish business and industry on the relationship between education and
work, in which the word relevant appears on every page (“relevant work”, “relevant
labour market”, “relevant study programme” etc.). This relevance is assumed as a rule
only to occur if the subject content of the study programme happens to coincide with the
activities within a specific professional field, which is why these reports most often
depict academia as not facing up to reality. The same delusion is aired in various student
barometer surveys, where students assess links to research as inessential to their
studies, since they have no intention of training to become researchers. And why should
you be obliged to learn a load of theories and methods having little to do with the duties
which await at work? Advertised positions for cultural theorists, queer theorists,
phenomenologists, discourse analysts, symbolic interactionists, Marxists, post-
modernists, post-structuralists or post-colonialists are certainly few and far between.
The value of the study programmes is equally incomprehensible if one focuses blindly
on subject content instead of placing the emphasis on students’ learning. It is not the
theories in themselves that are important, it is the intellectual abilities you develop by
understanding them, learning to apply them independently and subsequently
expressing one’s newly acquired insights in writing and in speech. This process
generates generic skills, allowing students to take charge of their own intellects and
enabling them to ‘self-programme’ rather than merely following orders and instruction
manuals.

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Examples of generic skills for lifelong learning
Analytical skills
- Problem-solving: the ability to both formulate a problem and execute what is required
to provide a solution
- Perspective: the ability to consider societal phenomena from various theoretical
perspectives and reflect on the differences in understanding, interpretation and
explanation which follow, as well as assessing the relevance of various perspectives
Communication skills
- Written presentation: the ability to communicate in writing in an effective manner in
different formats and for various types of recipients
- Oral presentation: the ability to communicate orally in an effective manner in various
types of presentation aimed at different audiences
- English: the ability to speak and write about abstract and societal phenomena in
English
Information skills
- Information needs: the ability to realise that there is a need for a certain type of
information to complete a task
- Information retrieval: the ability to effectively search for, select and process large
amounts of information
- Information evaluation: the ability to critically evaluate the credibility and usability of
various types of sources and material
Social and ethical skills
- Independence: the ability to carry out work duties autonomously
- Teamwork: the ability to cooperate in groups on the execution of work duties
- Ethical judgement: the ability to apply an ethical perspective both in day to day
interpersonal contact and to various types of societal issues.